A Game Optimization Scheduling Strategy of Active Distribution Network With Multi-Microgrid Sharing Energy Storage

In a multi-microgrid grid-connected system, MGCO is formed to participate in the optimization scheduling of ADN by sharing ES, which can promote efficient utilization resources and obtain win–win interests for all participants. According complementary characteristics ES behaviors energy production–consumption MGs, game model with established reciprocity balance interest both parties. The formulates ToU price policy maximize operational benefits, responds each member’s energy-dispatching strategy minimizing total operating costs. Furthermore, members distribute cooperation surplus based on Shapley value method. example results show that proposed benefits between mutual through reciprocity.